Exploring the genetic and chemical variability in Casearia sylvestris populations in São Paulo and its implications for medicine and conservation.
Explore how personal genomic profiling is transforming treatment for Multiple Chemical Sensitivity through personalized medicine approaches.
Discover how vitamin D receptor gene haplotypes influence susceptibility to occupational lead exposure and what this means for workplace safety.
Discover how BOX-rep-PCR fingerprinting revolutionizes identification of lactic acid bacteria in food science and microbiology.
Discover how the ViREn method revealed NSUN6-mediated RNA modification in dengue virus and its impact on viral replication.
Discover how scientists use QTL mapping and PTR-MS technology to unravel the genetic secrets behind apple aroma and flavor compounds.
Discover how two distinct pools of vitamin B12 analogs reveal complex microbial interdependencies that govern ocean ecosystems and influence global climate processes.
Discover how high-throughput phenotyping technologies are accelerating crop improvement and helping to address global food security challenges.
Discover the fascinating world of poly-glutamic acid (PGA), a natural biopolymer with revolutionary applications in food, cosmetics, medicine, and agriculture.
Explore how genomic research reveals the mechanisms behind drug resistance and virulence in pyomelanin-producing Acinetobacter baumannii, a formidable superbug.